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With the ever-increasing need for wideband scanning for Comms and EW, the Apollo MxFE™ positions itself as an excellent choice for these applications given the plethora of on-chip DSP functionality. Learn how on-chip FIR filters are leveraged to cancel image power across the Nyquist boundary. A 20GHz quadrature input into adjacent ADCs swept across the desired band of interest gives Apollo MxFE the phase and magnitude information it needs to reject images up to 4GHz iBW from 2-18GHz, effectively doubling the sample rate to 40GSPS. This allows for direct sampling from 2-18GHz, all in one Nyquist.

Learn how you can build a compact, low power, high performance RF front end ideal for narrow band radio applications like LMR, DMR, IoT and more. Its integrated system features simplify radio design, and its advanced architecture is suitable for congested or contested radio environments where interference tolerance is critical. With a customer programmable ARM core and suite of hardware accelerators, our latest introduction is the first ADI Narrowband Transceiver to enable advanced digital signal processing at the edge. See how you can reduce the size, power and cost of your next radio platform by utilizing a software defined modem.

The Wideband RF Front-end Demo with Apollo addresses many wideband architectural challenges by showcasing a complete RF Front-end solution that utilizes new frequency conversion IC's that extend operation up to 55GHz, tunable BPFs, gain-ranging SiPs, while leveraging the high sample rate of ADI's Apollo MxFE to reduce system complexity, SWaP-C, and Time-to-Market.

Apollo MxFE™ offers power efficient on-chip digital signal processing to offload FPGA compute. Included are a spectrum sniffer, programmable FIR filter, complex FIR filter, coarse and fine decimation and interpolation filters with fast hopping NCOs, and a fractional sample rate converter. By leveraging Apollo's on-chip DSP to handle the bulk of signal processing commonly performed in the fabric of the FPGA, the overall system power can be significantly reduced.

ADSY1100 combines a four-channel transmit, four-channel receive digitizer, tuner, and processor into a single 1-inch pitch 3UVPX chassis. The system enables wideband digitization up to 5GSPS data rates per channel covering a 0.1-20GHz tuning range offered by the integrated RF tuner personality card. The digital-offload options enabled by the FPGA/SoC combination include optical and copper ethernet and PCIE. Additionally, the integrated AD9084 Apollo MxFE enables on-chip hardened digital signal processing (DSP) features such as low latency loopback, fast-frequency-hopping, on-chip FFT sniffing and dynamic decimation/interpolation reconfiguration.

The Quad-Apollo X-Band Digital Beamforming Development Platform is a 16-channel Tx, 16-channel Rx phased-array system enabling RADAR, SATCOM, multi-channel communications and some electronic warfare applications. Learn how four AD9084 Apollo MxFE digitizer ICs on a single board improve multi-chip synchronization and multichannel calibration methods. MATLAB user level software demonstrates how Apollo hardened DSP can be leveraged to correct digital & analog anomalies.

Low Power, High Dynamic Range, Multi-Channel GNSS Receiver ADI's ultra-low power GNSS receiver technology enables next generation positioning systems to achieve faster times to first fix, higher location accuracy and improved GNSS availability. With 4 software defined receive channels, <300mW power consumption and complete L-band coverage in a 7mm x 7mm package, ADI is bringing high performance and high reliability GNSS receive capabilities to devices where power and size are critical.

GaN Power Amplifiers and Biasing Solution Learn about Analog Devices’ family of GaN Power Amplifiers MMICs along with its complete ecosystem of support circuitry. Analog Devices’ GaN PA MMICs provide high multi-stage power gain, are internally matched, and AC-coupled. They also feature useful support circuitry such as integrated RF power detectors and temperature sensors. Analog Devices provides hardware and reference designs to ensure fast on/off sequencing using gate or drain pulsing. For phased array radar applications, ADI provides integrated RF Front Ends that connect directly to Beamformer ICs with integrated fast switching 0 to -5V Auxiliary DACs for state and bias control.

ADI supports phased array development from simulation through over the air testing. This provides confidence early in the design phase that your system will scale and perform as expected, ultimately getting your products to market faster.

As wireless standards evolve from 5G to 6G, the complexity in electronic test and measurement systems increases. This demonstration highlights a complete wideband spectrum analyzer signal chain that supports the emerging 6G FR3 band with instrument grade error vector magnitude (EVM) performance of <-50dB. The reference design significantly reduces customer's development time since it includes the complete signal chain from the 6-18GHz RF Front End to Direct RF ADC (20GS/s) and supporting power and clocking solutions.

Witness the benefits of ADI's differentiated and wide product breadth in customer applications. Signal Hound's latest high performance FR2 Real Time spectrum analyzer is designed using ADI's latest RF, Clocking and High-Speed Data Converter solutions. It covers frequencies up to 43.5GHz with industry leading dynamic range of 110dB. In addition, this demonstration also exemplifies the close collaboration between ADI and Signal Hound that leads to positive outcomes for both.

As wireless technologies evolve, the complexity in electronic test and measurement systems increases. This demonstration highlights a Signal Generator signal chain at 5G FR2 frequencies from 18-55GHz with error vector magnitude (EVM) <-50dB. It includes ADI’s newest and fastest Direct RF DAC (28GS/s) along with a FR2 RF Front End with the required clocking and power management for rapid customer evaluation and deployment.

ADI's latest DC-coupled digitizer platform enables high-speed data acquisition for time domain instruments covering broad signal bandwidths up to 5GHz. The dual-path design utilizes the 12bit 10GSPS high-speed AD9213 ADC in parallel with the 20bit 40MSPS precision AD4080 ADC to enable precise and accurate measurements of signals from DC to RF with a very low 1/f corner and superior noise performance. Switchable attenuation paths and separate 50ohm and 1Mohm inputs allow for a wide variety of signals to be conveniently captured and analyzed.

ADI's Silent Switcher, uModule linear regulator, and Digital Power System Management combine to provide optimized performance for the Apollo MxFE™ ecosystem.

ADI's Silent Switcher 3 family features ultrafast transient response, high output current (up to 16A), and industry-leading output noise performance. The output noise of Silent Switcher 3 is even lower than LDOs, leading to a single stage solution sufficient to power noise sensitive loads without the help of LDOs. Learn about how quiet Silent Swicher 3 is in a vivid demo and how to use Silent Switcher 3 to make your systems more compact and more efficient.

ADI's low EMI Silent Switcher® µModule regulators offer single, dual and quad output, as well as a dual LDO output µModule regulator powered by an integrated EMI barrier and Silent Switcher switching regulator. With package level shielding, the LTM8060F provides improved noise performance. Learn more about how Silent Switcher technology reduce filters and LDO’s on PCB without decreasing system performance.

Kerberos is an 8T8R Open RAN Radio Unit reference design aimed at reducing design hurdles and accelerating time-to-market for O-RAN compliant split 7.2A designs. NewEdge Signal Solutions have taken Kerberos and reduced the form factor to enable customers across multiple markets.

The ADRF5142, ADRF5162 and ADRF5030 are new wideband, high performance, single pole double throw (SPDT) Silicon Switches that address high power application requirements with improved performance and a reduced footprint focusing on Aerospace and Defense and broadband market segment.

ADRV904x is an 8T8R Advanced RadioVerse SoC that drives best-in-class radio efficiency and performance. Supporting from 600MHz up to 7.125GHz, the ADRV904x integrates Digital Pre-Distortion, CDUC/CDDC and CFR to Accelerate Time to Market and Enhance Overall System Efficiency. Additional features including support for External LO to Maximize Application Flexibility. Further development is on-going to support a Fast Boot time and Fast Frequency Hopping Mode.

The ADF4030 precision synchronizer can time align clock edges of any outgoing or incoming clocks to less than 5ps at the device pins. This enables the synchronization of clocks in systems like phase array radar, automatic test equipment and 5G timing transport, i.e., systems that contain hundreds of Apollo MxFEs, ADCs, DACs and other ICs. The ADF4030 supports JESD204B/JESD204BC for ADC and DAC clocking.